Oxford Instruments Pte Ltd

The Jupiter XR Atomic Force Microscope is the first and only large-sample AFM to offer both high-speed imaging and extended range in a single scanner. Jupiter provides complete 200 mm sample access and delivers higher resolution, faster results, a simpler user experience, and the versatility to excel in both academic research and industrial R&D laboratories.

✅ Higher resolution than any other large-sample AFM

✅ Extended range 100 μm scanner is 5-20× faster than most other AFMs

✅ From setup to results, every step is simpler and faster

✅ Modular design adapts to your needs for maximum flexibility

Visit our website to find out more!

https://afm.oxinst.com/products/jupiter-family-of-afms/jupiter-xr-afm

Jupiter XR Models:

1. Jupiter XR

Cypher Models:

1. Cypher S
2. Cypher ES
3. Cypher ES Polymer Edition
4. Cypher VRS1250

MFP-3D Models:

1. MFP-3D Origin
2. MFP-3D Origin+
3. MFP-3D-BIO

The Cypher VRS1250 is twice as fast as the first-generation Cypher VRS, scanning at up to 1250 lines/second. This enables either higher temporal resolution with frame rates up to 45 frames/second or increased spatial resolution by collecting more image pixels at lower frame rates. Combined with ultra-stable imaging, an easy-to-use fully sealed sample cell with perfusion capability, and a full range of modes and accessories, the Cypher VRS1250 is ready to help you achieve your most ambitious research goals.

✅ Designed for both ultra-high speed and ultra-high resolution

✅ Stable imaging allows dynamic events to be captured without drift or parameter adjustments

✅ Ease of use features make setup and imaging simple

✅ Includes all the added flexibility and capabilities of the Cypher ES research AFM

Visit our website today to find out more!

https://afm.oxinst.com/Cypher-VRS1250-video-rate-AFM

Jupiter XR Models:

1. Jupiter XR

Cypher Models:

1. Cypher S
2. Cypher ES
3. Cypher ES Polymer Edition
4. Cypher VRS1250

MFP-3D Models:

1. MFP-3D Origin
2. MFP-3D Origin+
3. MFP-3D-BIO

It has wide range of applications.

- Deep Si etch - Bosch Process

- Diamond Like Carbon (DLC) deposition

- SiO2 and quartz etch

- Failure analysis dry etch de-processing

- High quality PECVD of SiN and SiO2

PlasmaPro 100 platforms clustered to combine technologies and processes with either cassette or single wafer loading options. Hexagonal or square transfer chamber configurations.

For our full range of processes visit Leading Provider of Plasma Technology Tools & Systems - Oxford Instruments (oxinst.com)

We offer a wide range of solutions based on EDS, EBSD and WDS techniques for challenges both in R&D and manufacture of semiconductor components.

• Ultime EDS – Detectors in SEM, FIB and TEM used to analyze elemental composition
• Symmetry S3 EBSD – Crystallographic camera used to determine local crystal structure and crystal orientation at the sample surface
• Wave WDS – Chemical analysis detector providing accurate quantitative compositional analysis including trace element quantification.

Main applications include:

• Element maps for nano-sized structures of semiconductor devices
• Characterise gate oxide layers, diffusion barriers, and distribution of dopants in a PN junction
• Crystal structure, grain structure and strains within metallised layers
• Phase identification for intermetallics in solder bumps, wire bonds and interconnectors
• Phase maps for understanding structures of interconnectors
• Trace element quantification
• Analyse, identify and isolate defects if combined with nanomanipulator
• Determine contaminations on PCBs
• Auto particle analysis 
• Layer thickness measurement

For more detailed information, please visit our website: https://nano.oxinst.com/

• Quick and convenient switching between Raman and SEM measurement
• Automated sample transfer from one measuring position to the other
• Integrated software interface for user-friendly measurement control
• Correlation of the measurement results and image overlay
• No compromise in SEM and Raman imaging capabilities

For more inforation,  please visit our website: 

https://raman.oxinst.com/products/correlative-microscopes/raman-sem-rise

For the semiconductor applications, please visit the website: 

https://raman.oxinst.com/applications/semiconductors